True
Weather satellites and weather radar can track storms at different altitudes. Satellites provide a view from space, capturing large-scale weather patterns, while radar systems on the ground can track storms at lower altitudes and provide more detailed information on their structure and intensity. Combining data from both sources helps meteorologists better understand and forecast storm behavior at various altitudes.
Space satellites are typically located in different orbits around Earth, depending on their purpose. Some satellites are in low Earth orbit (LEO) at altitudes around 400-1,200 km, while others are in medium Earth orbit (MEO) or geostationary orbit (GEO) at altitudes of around 20,000 km and 36,000 km, respectively. Additionally, there are satellites in higher orbits for specific functions, such as those used for deep space exploration.
No.
Weather satellites provide images of weather systems and play a crucial role in tracking storms at various altitudes. They capture data on cloud formation, temperature, and moisture levels, enabling meteorologists to analyze atmospheric conditions. This information helps in forecasting severe weather events, such as hurricanes and thunderstorms, allowing for timely warnings and preparedness measures. By observing storms from space, satellites enhance our understanding of their development and movement.
GPS satellites are used to help us accurately determine the current time and our location. GPS satellites are not directly used to help us predict the weather. Weather satellites use many imaging and sensing technologies to help us predict the weather, but they are not useful in helping us determine our location. They are two different types of satellites with two different purposes. There are many other types of satellites too, such as communication satellites (such as used with Direct TV), space telescopes (such as Hubble) etc.
Satellites can orbit at different altitudes depending on their purpose. Low Earth Orbit (LEO) satellites typically orbit from 160 to 2,000 kilometers above the Earth's surface, while geostationary satellites are much higher, at about 35,786 kilometers. Various factors like communication, weather monitoring, or surveillance determine the satellite's optimal orbit.
Weather satellites and weather radar can track storms at different altitudes. Satellites provide a view from space, capturing large-scale weather patterns, while radar systems on the ground can track storms at lower altitudes and provide more detailed information on their structure and intensity. Combining data from both sources helps meteorologists better understand and forecast storm behavior at various altitudes.
Differences in air temperatures at different altitudes are primarily caused by the way the atmosphere absorbs and retains heat from the sun. As you increase in altitude, the air pressure decreases, causing the air to expand and cool. This results in lower temperatures at higher altitudes compared to lower altitudes.
Different temperatures at various altitudes are primarily caused by the decrease in atmospheric pressure and the way the atmosphere absorbs and distributes solar energy. As altitude increases, air pressure decreases, leading to a drop in temperature due to the expansion of air and the reduction of heat retention. Additionally, the Earth's surface absorbs sunlight and radiates heat, warming the air closest to it, while higher altitudes receive less direct warmth. This results in a general cooling trend with increasing elevation.
Cloud structures vary at different altitudes due to different levels of air pressure. There are several scientifically recognized altitudes of atmosphere.
Ocean and air currents.This is because latitude is only part of what determines a climate.
Space satellites are typically located in different orbits around Earth, depending on their purpose. Some satellites are in low Earth orbit (LEO) at altitudes around 400-1,200 km, while others are in medium Earth orbit (MEO) or geostationary orbit (GEO) at altitudes of around 20,000 km and 36,000 km, respectively. Additionally, there are satellites in higher orbits for specific functions, such as those used for deep space exploration.
Yes, GPS and GeoStationary satellites are two different things.
Man-made satellites are artificial objects placed into orbit around Earth or other celestial bodies to perform various functions such as communication, weather monitoring, navigation, and scientific research. They are launched into space by rockets and are designed to orbit the Earth at different altitudes depending on their specific purpose.
The different artificial satellites launched are Low Earth Orbiting Satellites for Remote sensing, Medium Earth Orbiting Satellites like GPS , Geo Stationary Orbiting Satellites for Communication and Molnia Satellites again for Communication. These are the different artificial Satellite orbiting the Planet Earth.
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No.